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Boundary Element Technology, 15th, Proceedings of the 15th International Conference on Boundary Element Technology (BETECH) [Kõva köide]

Volume editor (Wessex Institut of Technology), Volume editor ,
  • Formaat: Hardback, 408 pages, kõrgus x laius: 230x155 mm, Ill.
  • Sari: Boundary Elements v. 4
  • Ilmumisaeg: 06-May-2003
  • Kirjastus: WIT Press
  • ISBN-10: 1853129712
  • ISBN-13: 9781853129711
Teised raamatud teemal:
Boundary Element Technology, 15th, Proceedings of the 15th International Conference on Boundary Element Technology (BETECH)Suurem pilt
  • Formaat: Hardback, 408 pages, kõrgus x laius: 230x155 mm, Ill.
  • Sari: Boundary Elements v. 4
  • Ilmumisaeg: 06-May-2003
  • Kirjastus: WIT Press
  • ISBN-10: 1853129712
  • ISBN-13: 9781853129711
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9781853129711.html
Märksõnad:
"This book contains the proceedings of the Fifteenth International Conference on Boundary Element Technology (BETECH 2003), which was held in Detroit, Michigan, May 19-21, 2003. The 37 papers in this book present advances in the use of the boundary element method. The papers will be of particular interest to boundary element researchers, research code developers, and industrial users of novel advances in the Boundary Element Method. The BETECH series of conferences started in Adelaide, Australia in 1985 and brings together industrial users, boundary element researchers and research code developers, who discuss novel advances in BEM. The contributions are particularly focused on the solution of industrial problems, including those of interest to the automotive and aerospace industry, and are divided under the following headings: Acoustics; Advanced Boundary Element Techniques; Combined Modelling Approaches; Electrochemical and Corrosion Modelling; Fluid Flow; Fracture and Damage; Heat Transfer; Stress Analysis; and Vibrations and Dynamics."

Thirty-seven contributions written by international specialists in their fields present interesting and current developments in the Boundary Element method, including its use in solving a variety of industrial problems. The volume is organized into nine sections: acoustics; advanced boundary element techniques; combined modeling approaches; electrochemical and corrosion modeling; fluid flow; fracture and damage; heat transfer; stress analysis; and vibrations and dynamics. Lacks a subject index. Distributed in North America by Computational Mechanics, Inc. Annotation (c) Book News, Inc., Portland, OR (booknews.com)
Section 1: Acoustics
Simulation of automotive noise by advanced boundary element formulations
3(10)
L. Gaul
M. Fischer
U. Nackenhorst
Active noise control effect on penetration of urban noise from 3-D spaces into enclosures
13(10)
G. Rosenhouse
O. Finding-Eldar
Application of BEM and cellular automata to determining optimal shapes of the sound-insulating wall
23(12)
Masa. Tanaka
T. Matsumoto
Y. Arai
Section 2: Advanced boundary element techniques
Tests for multiple materials in Laplace and plate bending problems
35(10)
M. Vable
Solution of Poisson equation by Trefftz method and computing point analysis scheme
45(10)
E. Kita
E. Okuno
Y. Ikeda
N. Kamiya
Analysis of general time-dependent problems with the hybrid boundary element method
55(10)
N. A. Dumont
R. A. P. Chaves
Enhanced quasi-multiple medium technology for fast finite-domain electrostatic BEM simulation
65(10)
W. Yu
Z. Wang
Multi stage Monte Carlo optimization applied to systems of integral equations
75(8)
W. Conley
Treatment of body forces in the method of fundamental solutions for three dimensional elasticity
83(12)
G. S. A. Fam
Y. F. Rashed
Computable representations of influence functions for multiply connected Kirchoff plates
95(10)
Y. A. Melnikov
Extending the complex variable boundary element method of three dimensions
105(10)
T. V. Haromadka II
R. J. Whitley
C.C. Yen
A new subregion boundary element method
115(10)
X. Lu
W. Wu
A new algorithm for visualization of domain results in analysis with the Boundary Element Method
125(12)
M. Noronha
A. M. B. Pereira
Section 3: Combined modelling approaches
Boundary element methods for functionally graded materials
137(10)
G. H. Paulino
A. Sutradhar
L. J. Gray
Optimization of slopes using the DEM & BEM
147(10)
P. Prochazka
A new model for connections between skeletal and continuum structural elements
157(14)
G. S. Salem
Y. F. Rashed
Section 4: Electrochemical and corrosion modelling (Special session organised by V. G. DeGiorgi)
Issues in modeling electrochemical corrosion systems
171(10)
V. G. DeGiorgi
E. Hogan
K. E. Lucas
S. A. Wimmer
Parametric studies of a shipboard impressed current cathodic protection system using a boundary element code
181(12)
Y. Wang
D. P. Brennan
M. Chernuka
Combining boundary element and discrete source methods for the modelling of corrosion related magnetic fields
193(10)
M. D. Pocock
V. G. DeGiorgi
Prediction of the condition of a structure subject to corrosion based on inverse analysis
203(10)
E. Santana Diaz
R. Adey
J. Baynham
The intricacies of modeling a simple dipole
213(10)
S.A. Wimmer
V.G. DeGiorgi
E. Hogan
On the anomalous asymptotic performance of the regular computer methods for grounding analysis
223(16)
I. Colominas
F. Navarrina
M. Casteleiro
Section 5: Fluid flow
Combined boundary element and weighted finite difference method for water flow
239(10)
M. Kanoh
H. Okuzono
N. Nakamura
T. Kuroki
A corrected BEM for the inclusion of near-field effects associated with suspension flows at low Reynolds numbers
249(10)
R. E. Hampton
A. A. Mammoli
M. S. Ingber
Number of boundary element effects on the productivity performance of an oil reservoir
259(10)
M. N. Mohamad Ibrahim
J. Abdullah
A. S. Mahmud
Section 6: Fracture and damage
Failure analysis of a structural weld using BEM
269(8)
R. E. Dippery, Jr.
C. J. Hoff
C. V. White
Crack growth prediction in stiffened panel structures using BEM and FEM
277(10)
S. Mellings
J. Baynham
R. Adey
T. Curtin
A BEM implicit formulation applied to damage mechanics models
287(14)
A. S. Botta
W. S. Venturini
A. Benallal
Section 7: Heat transfer
A practical approach for BEM solution of heat conduction in large-scale three-dimensional film-cooled turbine vanes models
301(10)
E. Divo
A. J. Kassab
F. Rodriguez
Study of transient heat conduction in 2.5D domains using the boundary element method
311(10)
L. Godinho
A. Tadeu
N. Simoes
Local and global error estimates for three-dimensional heat conduction problems
321(12)
J. J. Rencis
R.A. Kirk
Section 8: Stress analysis
Stress evaluation of a bicycle crank arm connection using BEM
333(10)
C. J. Hoff
R. E. Dippery
J. Knapp
Transient indirect boundary element methods for poro-thermoelasticity
343(12)
A. Ghassemi
Q. Zhang
Section 9: Vibrations and dynamics
Symmetric Galerkin boundary element method for two-dimensional elastodynamics
355(10)
Z. Zhao
W. Yuan
S. T. Lie
Propagation of pressure waves in the vicinity of a rigid inclusion submerged in a channel bounded by an elastic half-space
365(10)
A. Tadeu
L. Godinho
J. Antonio
Application of elastodynamic BEM to ultrasonic NDE
375(10)
M. Kitahara
T. Ichino
K. Nakahata
M. Yamada
On the fundamental solution to perform the dynamic analysis of Reissner-Mindlin's plates
385(10)
L. Palermo Jr.
Authors Index 395